https://github.com/cbaie9/projet72_fruitsec
Source code for 72h projet
https://github.com/cbaie9/projet72_fruitsec
arduino mariadb node-red node-red-dashboard raspberry-pi sql
Last synced: 3 months ago
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Source code for 72h projet
- Host: GitHub
- URL: https://github.com/cbaie9/projet72_fruitsec
- Owner: cbaie9
- Created: 2025-02-05T08:21:01.000Z (over 1 year ago)
- Default Branch: main
- Last Pushed: 2025-05-20T09:06:00.000Z (about 1 year ago)
- Last Synced: 2025-10-21T18:02:58.094Z (9 months ago)
- Topics: arduino, mariadb, node-red, node-red-dashboard, raspberry-pi, sql
- Language: C++
- Homepage:
- Size: 16.4 MB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: readme.md
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README
# Fruit Drying System - Project P72H
## Overview
This project is a system for monitoring and controlling a fruit drying process. It utilizes an Arduino for collecting temperature and humidity data, a webcam for visual monitoring, Node-RED for data processing and flow management, a MySQL database for data storage, and Discord webhooks for status alerts. The system also integrates external weather data via API.
## Architecture
The system architecture can be visualized as follows:
```mermaid
sequenceDiagram
participant Arduino
participant DHT22 Sensor
participant Node-RED
participant MySQL Database
participant Discord
participant OpenWeatherMap API
participant Webcam
Arduino->>DHT22 Sensor: Request Temp/Humid
DHT22 Sensor-->>Arduino: Send Temp/Humid Data
Arduino->>Node-RED: Send Temp/Humid Data (Serial)
Node-RED->>MySQL Database: Insert Temp/Humid Data
Node-RED->>Discord: Send Status Alerts (Webhook)
Node-RED->>OpenWeatherMap API: Request Weather Data
OpenWeatherMap API-->>Node-RED: Send Weather Data
Node-RED->>Webcam: Trigger Image Capture
Webcam-->>Node-RED: Image Data
Node-RED->>Dashboard: Display Data and Image
```
## Components
- **Arduino**: Reads temperature and humidity from DHT22 sensor and controls a servo motor and NeoPixels.
- `arduino/code_read_V1.ino`: Basic DHT22 sensor reading.
- `arduino/code_read_V1_1/code_read_V1_1.ino`: Advanced version with servo and NeoPixel control based on sensor data.
- **Node-RED**: Visual tool for wiring together hardware devices, APIs, and online services.
- `node_red/flows.json`: Defines the data flow, including data collection, database interaction, and alerts.
- [`node_red/insert into mysql.js`](https://github.com/cbaie9/projet72_fruitsec/blob/main/node_red/insert%20into%20mysql.js): Function to format and insert sensor data into the MySQL database.
- `node_red/recup_humid.js`, `node_red/recup_temp.js`: Functions to extract humidity and temperature from the database query results.
- `node_red/txt_process.js`: Function to process sensor values and determine the system status.
- **MySQL**: Database for storing sensor data.
- `sql/P72H_model.mwb`, `sql/P72h_updated.mwb`: MySQL Workbench models of the database schema.
- `sql/database_export_prod.sql`, `sql/updated_database_prod.sql`: SQL scripts for creating the database and tables.
- `sql/inject_value_into_bdd.sql`: SQL script to insert sample data.
- `sql/read_all.sql`: SQL script to read all data from the `capteurs_info` table.
- **Webcam**: Provides visual monitoring of the fruit drying process. Images are captured and displayed on the Node-RED dashboard.
- **Discord**: Used for sending status alerts via webhooks.
- **OpenWeatherMap API**: Retrieves external weather data for additional context.
- **Linux scripts**: Used to set up the server.
- `linux/installl.sh`: Installation script.
- `linux/vsftpd.conf`: vsftpd configuration file.
## Setup
### Hardware Setup
- Connect the DHT22 sensor to the Arduino.
- Connect the webcam to the system.
- (If applicable) Connect servo and NeoPixels to the Arduino.
### Software Installation
1. Install the required software on the Linux system using `linux/installl.sh`.
2. Configure the MySQL database using the SQL scripts in the `sql/` directory.
3. Import the Node-RED flows from `node_red/flows.json`.
4. Configure the serial port in Node-RED to match your Arduino's port (check the serial-port config node).
5. Add your OpenWeatherMap API key in the Node-RED flow where the "weather v2" HTTP request node is.
6. Add your Discord webhook URL to the "Discord webhook" node.
### Arduino Code
Upload the appropriate Arduino code (`arduino/code_read_V1.ino` or `arduino/code_read_V1_1/code_read_V1_1.ino`) to the Arduino board.
## Data Flow
1. The Arduino reads temperature and humidity data from the DHT22 sensor.
2. The Arduino sends the data to Node-RED via the serial port.
3. Node-RED parses the data and inserts it into the MySQL database.
4. Node-RED retrieves weather data from the OpenWeatherMap API.
5. Node-RED captures images from the webcam.
6. Node-RED processes the sensor data and sends status alerts to Discord via webhooks.
7. All data is displayed on a Node-RED dashboard.
## Configuration
- **MySQL Database**: Update the database connection details in Node-RED (in the MySQL database config node) to match your MySQL setup.
- **Serial Port**: Configure the serial port in Node-RED to match your Arduino's port.
- **OpenWeatherMap API Key**: Add your API key in the Node-RED flow.
- **Discord Webhook URL**: Add your Discord webhook URL in the Node-RED flow.